Nanoscience Technology: 2+2+2 Millerville University Transfer Option, AAS

Science and Mathematics Division

This program, in conjunction with The Pennsylvania State University Nanofabrication Manufacturing Technology Program, prepares students to enter the B.S. in Industrial Technology with a concentration in Nanofabrication Manufacturing Technology at Millersville University.

2+2+2 Millersville University Transfer Option

2-High School/RACC Dual Enrollment (13 Credit Hours)

You can earn college credit for the following courses at your high school through the RACC Dual Enrollment or Head Start to College programs.

COM 121 - English Composition 3 Credit Hours *
MAT 210 - Statistics 3 Credit Hours *
MAT 220 - Calculus I 4 Credit Hours *
PSY 130 - General Psychology 3 Credit Hours *
*Earned through your local high school or Head Start to College

First Year

Fall Semester I (13 Credit Hours)

ORI 102 - College Success Strategies 2 Credit Hours
IFT 110 - Microcomputer Applications 3 Credit Hours
PHY 240 - Physics I 4 Credit Hours
CHE 150 - Chemistry I 4 Credit Hours

Spring Semester I (17 Credit Hours)

COM 141 - Technical Writing 3 Credit Hours
ENV 130 - The Environment 3 Credit Hours
CHE 155 - Chemistry II 4 Credit Hours
COM 151 - Fundamentals of Speech 3 Credit Hours
PHY 245 - Physics II 4 Credit Hours

Second Year

Fall Semester 2 (15 Credit Hours)

NSC 180 - Electronics for Nanoscience 4 Credit Hours
NSC 200 - Nanofabrication Seminar 1 Credit Hours
HUM ___ - Humanities Elective 3 Credit Hours
BIO 150 - Biology I 4 Credit Hours
SOC 125 - The Individual & Society 3 Credit Hours

Spring Semester 2 at Penn State Main Campus (18 Credit Hours)

NSC 211 - Materials, Safety & Equipment Overview for Nanofabrication 3 Credit Hours
NSC 212 - Basic Nanofabrication Process 3 Credit Hours
NSC 213 - Thin Films in Nanofabrication 3 Credit Hours
NSC 214 - Lithography for Nanofabrication 3 Credit Hours
NSC 215 - Materials Modification in Nanofabrication 3 Credit Hours
NSC 216 - Characterization, Packaging and Testing of Nanofabricated Structures 3 Credit Hours

Original text